Ramon.Space & Ingrasys expand orbit data centre push

Ramon.Space and Ingrasys have expanded their partnership to develop data centre infrastructure for use in orbit, building on an existing manufacturing relationship.

Under the arrangement, Ingrasys, a Foxconn subsidiary, will work with Ramon.Space on a production-ready space product line based on Ramon.Space's computing platforms. The project will begin with prototype development and testing before progressing to operational deployments.

The companies are targeting a market shaped by the growing volume of data generated by satellites and other orbital systems. That increase is putting pressure on ground networks, which are constrained by latency, bandwidth, power and the practical difficulty of transmitting large amounts of information back to Earth.

Space-based data centres are designed to process more of that information in orbit rather than relying on downlinks to terrestrial facilities. The model is aimed at applications including Earth observation, communications, government missions and other space-based services.

Ingrasys already manufactures Ramon.Space's space computing product line. The expanded partnership is intended to scale that work into infrastructure that can be produced in greater volume and deployed over a longer period.

Production push

The announcement marks a shift from prototype work to a manufacturing-led approach. For Ramon.Space, that means building on existing computing, storage and communications systems already designed for use in the space environment.

The company's technology is focused on handling processing and storage onboard spacecraft. In orbit, systems must contend with radiation exposure, limited power budgets, thermal constraints and the need for autonomous operation with minimal intervention from the ground.

Foxconn-owned Ingrasys brings large-scale manufacturing experience from the server and storage sector. That background is central to Ramon.Space's effort to move from specialist systems to a more repeatable supply model for space infrastructure.

Manufacturing standards are becoming more important as commercial operators consider orbital computing as part of satellite architecture. Ingrasys noted that its manufacturing facility has achieved AS9100 certification, a quality management standard used in aerospace.

Avi Shabtai, Chief Executive of Ramon.Space, described the expanded partnership as a turning point for the company's plans. "Expanding our work with Ingrasys to build data center capabilities in space marks a major milestone in turning space computing from innovation into infrastructure," he said. "We are laying the foundation for in-orbit data centers that enable real-time processing, reduce reliance on downlink and support the next generation of software-defined satellites and distributed systems."

Orbital demand

Interest in in-orbit computing has grown as satellite operators deploy higher-resolution sensors, larger constellations and more software-driven services. Those shifts generate more data onboard spacecraft, while available spectrum and downlink windows can limit how quickly information reaches the ground.

Processing data closer to where it is generated can reduce the need to send every raw dataset back to Earth. Instead, spacecraft can analyse, compress, filter or route information in orbit, helping operators respond faster to events and use communications links more efficiently.

Ramon.Space has positioned itself around that onboard computing model, with systems intended to support communications constellations, non-terrestrial networks, remote sensing and space-based data infrastructure. Its technology has already been deployed on space and satellite missions.

For Ingrasys, the partnership extends its work beyond conventional cloud and data centre hardware into equipment designed for orbital use. Benjamin Ting, Chief Executive of Ingrasys, said the company views the collaboration as an extension of its manufacturing role.

"Ingrasys is proud to extend our collaboration with Ramon.Space into the in-orbit data center domain," he said. "By combining world-class manufacturing with Ramon.Space's innovative computing platform, we are helping unlock a new era of space infrastructure."

The project will start with prototypes and testing as the companies work to establish a foundation for larger-scale deployment of computing infrastructure in space.